Center bearing assembly for rotatably supporting a shaft at varying angles relative to a support surface

1. A bearing assembly comprising:

a bearing;

a bearing support member supporting said bearing, said bearing support member having an outer surface; and

a bracket supporting said bearing support member, said bracket having an inner surface that cooperates with said outer surface of said bearing support member;

a recess provided on one of said bearing support member and said bracket; and

a protrusion provided on the other of said bearing support member and said bracket that cooperates with said recess to allow said bearing support member to pivot relative to said bracket about an axis defined by said protrusion.

2. The bearing assembly defined in claim 1 wherein said outer surface of said bearing support member and said inner surface of said bracket are generally spherically shaped.

3. The bearing assembly defined in claim 1 wherein said bearing support member has a pair of opposed recesses provided thereon, and wherein said bracket has a pair of opposed protrusions provided thereon that respectively cooperate with said pair of recesses provided on said bearing support member such that said bearing support member can pivot relative to said bracket.

4. The bearing assembly defined in claim 1 wherein said bearing support member has a retainer provided thereon, and wherein said bracket has a slot provided thereon that cooperates with said retainer provided on said bearing support member to retain said bearing support member on said bracket.

5. The bearing assembly defined in claim 1 wherein said bearing support member has a plurality of retainers provided thereon, and wherein said bracket has a plurality of slots provided thereon that respectively cooperate with said plurality of retainers provided on said bearing support member to retain said bearing support member on said bracket.

6. The bearing assembly defined in claim 1 wherein said inner surface of said bracket and said outer surface of said bearing support member have generally the same shape.

7. The bearing assembly defined in claim 1 wherein said inner surface of said bracket and said outer surface of said bearing support member have different shapes.

8. The bearing assembly defined in claim 1 wherein said bearing defines an axis, and wherein said inner surface of said bracket cooperates with said outer surface of said bearing support member to allow said axis defined by said bearing to pivot relative to said bracket.

9. A driveshaft assembly comprising:

a driveshaft; and

a bearing assembly including a bearing that rotatably supports said driveshaft; a bearing support member supporting said bearing, said bearing support member having an outer surface; and a bracket supporting said bearing support member, said bracket having an inner surface that cooperates with said outer surface of said bearing support member;

a recess provided on one of said bearing support member and said bracket; and

a protrusion provided on the other of said bearing support member and said bracket that cooperates with said recess to allow said bearing support member to pivot relative to said bracket about an axis defined by said protrusion.

10. The driveshaft assembly defined in claim 9 wherein said outer surface of said bearing support member and said inner surface of said bracket are generally spherically shaped.

11. The driveshaft assembly defined in claim 9 wherein said bearing support member has a pair of opposed recesses provided thereon, and wherein said bracket has a pair of opposed protrusions provided thereon that respectively cooperate with said pair of recesses provided on said bearing support member such that said bearing support member can pivot relative to said bracket.

12. The driveshaft assembly defined in claim 9 wherein said bearing support member has a retainer provided thereon, and wherein said bracket has a slot provided thereon that cooperates with said retainer provided on said bearing support member to retain said bearing support member on said bracket.

13. The driveshaft assembly defined in claim 9 wherein said bearing support member has a plurality of retainers provided thereon, and wherein said bracket has a plurality of slots provided thereon that respectively cooperate with said plurality of retainers provided on said bearing support member to retain said bearing support member on said bracket.

14. The driveshaft assembly defined in claim 9 wherein said inner surface of said bracket and said outer surface of said bearing support member have generally the same shape.

15. The driveshaft assembly defined in claim 9 wherein said inner surface of said bracket and said outer surface of said bearing support member have different shapes.

16. The bearing assembly defined in claim 9 wherein said bearing defines an axis, and wherein said inner surface of said bracket cooperates with said outer surface of said bearing support member to allow said axis defined by said bearing to pivot relative to said bracket.

17. A drive train system comprising:

a source of power;

a driven mechanism; and

a driveshaft assembly connecting said source of power to said driven mechanism, said driveshaft assembly including a driveshaft and a bearing assembly including a bearing that rotatably supports said driveshaft; a bearing support member supporting said bearing, said bearing support member having an outer surface; and a bracket supporting said bearing support member, said bracket having an inner surface that cooperates with said outer surface of said bearing support member; a recess provided on one of said bearing support member and said bracket; and a protrusion provided on the other of said bearing support member and said bracket that cooperates with said recess to allow said bearing support member to pivot relative to said bracket about an axis defined by said protrusion.

18. The bearing assembly defined in claim 17 wherein said bearing defines an axis, and wherein said inner surface of said bracket cooperates with said outer surface of said bearing support member to allow said axis defined by said bearing to pivot relative to said bracket.